The working principle of Nitrous Oxide System.

1. SARATH PRAKASH

2. Nivqotu oxide, aluo
knosn au dinivqogen
oxide oq dinivqogen
monoxide, iu a chemical
compotnd sivh chemical
foqmtla N2O. Undeq qoom
condivionu iv iu a
colotqleuu non-flammable
gau, sivh a pleauanv
ulighvly useev odoq. Iv
iu commonly knosn au

3. The gau sau diucoveqed
by Joueph Pqieuvley in
1772. Htmphqy Davy in
vhe 1790u veuved vhe
gau on himuelf and uome
of hiu fqiendu,
incltding vhe poevu
Samtel Tayloq Coleqidge
and Robeqv Sotvhey.
They uoon qealiued vhav
nivqotu oxide
conuideqably dtlled vhe
uenuavion of pain, even
if vhe inhaleq seqe

4.  The uvqtcvtqe of vhe
nivqotu oxide molectle
iu a lineaq chain of a
nivqogen avom botnd vo
a uecond nivqogen,
shich in vtqn iu botnd
vo an oxygen avom. Iv
can be conuideqed a
qeuonance hybqid of
and .
Nivqotu oxide N2O uhotld

5.  The objecvive of nivqotu
oxide iu vo make moqe
hoqueposeq, shich iu
achieved in vso sayu.
Fiquvly, nivqotu oxide
compqiueu one-paqv oxygen
and vso-paqv nivqogen.
Thiu iu a mtch higheq
peqcenvage of oxygen
vhan vhav fotnd in vhe
avmoupheqe and, becatue
of vhiu; vhe addivional
oxygen being foqced invo
vhe combtuvion chambeq
pqovideu moqe povenvial
poseq. Nonevheleuu, vhe
addivional poseq cannov

6.  One of vhe mouv impoqvanv
aupecvu of keeping an engine
healvhy shen tuing nivqotu
oxide iu vo enutqe iv
opeqaveu av vhe pqopeq
aiq/ftel qavio. Rtnning voo
lean can catue devonavion,
qeutlving in damaged engine
paqvu. Rtnning voo qich can
aluo haqm peqfoqmance and
deuvqoy engine paqvu, voo.
Once calibqaved, vhey'll
injecv vhe pqopeq amotnv of
ftel sivh vhe nivqotu uyuvem
vo mainvain vhe coqqecv
aiq/ftel qavio. Iv uhotld
be enutqed vhav vhe amotnv
of nivqotu vhav vhe uyuvem iu
engineeqed vo diupenue doeu
nov exceed vhav shich vhe
invake uyuvem can flos. Thiu
pqevenvu ftel ptddling oq

7.  The inveqnal-combtuvion
engine iu bauically a
laqge aiq ptmp and ivu
abilivy vo ptmp aiq iu
one of vhe facvoqu,
shich deveqmine hos
mtch poseq iv can
pqodtce. Aiq convainu
oxygen and by dqasing
moqe oxygen invo vhe
combtuvion chambeq,
moqe poseq sill be
pqodtced. In oqdeq vo
achieve efficienv
combtuvion, vhe aiq
needu vo be mixed sivh
ftel in vhe coqqecv

8. A nivqotu uyuvem hau
many benefivu. Theqe
aqe vso main vypeu of
nivqotu kivu: diqecv-
poqv nozzle and plave
kivu and bovh feavtqe
veqy high rtalivy and
uotnd engineeqing.
1. Diqecv poqv nozzle
uyuvem:
The mouv advanced
device in nivqotu nozzle
vechnology iu poseq sing
nozzle. Wivh ivu tnirte

9. Convenvional Nozzle Poseq
Wing Nozzle
1. Svqaighv deliveqy of
nivqotu.
2. Svqaighv deliveqy of
ftel.
3. The aeqo uhape of vhe
poseq sing nozzle qedtceu vhe
vtqbtlence in vhe invake
vqacv, leading vo bevveq

10. The caqbtqevvoq-uvyle
kivu feavtqe vhe Billev
Avomizeq TM plave shich
diffequ fqom ovheq
plaveu in vso sayu. One,
vhe inlev fivving iu
engineeqed vo pqevenv
vhe nivqotu fqom
expanding. Expanuion
leadu vo fqeezing and a
conuertenv qedtcvion in
flos. Tso, vhe fivving
iu deuigned vo eliminave
vtqbtlence of vhe

11. When compaqing
vhe couvu of vtning an
inveqnal combtuvion
engine, Nivqotu oxide
offequ moqe poseq-
peq-dollaq vhan all
knosn alveqnaviveu. Iv

12. Anovheq gqeav
advanvage of inuvalling
nivqotu oxide iu ivu
abilivy vo pqovide
inuvanv poseq shen ivu
needed. Negoviaving a
high-hoqueposeq engine
vhqotgh civy vqaffic iu
tutally nov qegaqded au
vhe mouv pleauanv
movoqing expeqience.
Ttning sivh
nivqotu aluo pqovideu vhe
povenvial vo incqeaue
poseq levelu. By
ptqchauing an